translators/raw/RAW.cpp

347 			_Thumb().data_offset = fRead.Next<uint32>();
349 			_Thumb().bytes = fRead.Next<uint32>();
430 			whiteBalance[3] = fRead.Next<uint16>();
453 		if (fRead.Next<uint16>() != 42)
456 		uint32 offset = fRead.Next<uint32>();
492 			fRead.Next<uint16>();
494 			fMeta.iso_speed = fRead.Next<uint16>();
498 			fRead.Next<uint32>();
500 			fMeta.iso_speed = 50 * pow(2, fRead.Next<uint16>() / 32.0 - 4);
501 			fRead.Next<uint16>();
503 			fMeta.aperture = pow(2, fRead.Next<uint16>() / 64.0);
504 			fMeta.shutter = pow(2, fRead.Next<int16>() / -32.0);
507 			fMeta.shot_order = fRead.Next<uint32>();
513 			fUniqueID = fRead.Next<uint32>();
515 			if (_ParseTIFFImageFileDirectory(baseOffset, fRead.Next<uint32>())
525 			while ((c = fRead.Next<uint8>()) && c != EOF) {
530 			_Raw().data_offset = fRead.Next<uint32>();
532 			_Raw().height = fRead.Next<uint16>() * 2;
533 			_Raw().width  = fRead.Next<uint16>();
543 			&& (_Thumb().data_offset = fRead.Next<uint32>())) {
547 			_Thumb().bytes = fRead.Next<uint32>();
554 				ver97 = (ver97 << 4) + fRead.Next<uint8>() - '0';
561 							= fRead.Next<uint16>();
570 						fMeta.camera_multipliers[i] = fRead.Next<uint16>();
582 			cj = xlat[1][fRead.Next<uint8>() ^ fRead.Next<uint8>()
583 				^ fRead.Next<uint8>() ^ fRead.Next<uint8>()];
601 			fMeta.black = (fRead.Next<uint16>() + fRead.Next<uint16>()
602 				+ fRead.Next<uint16>() + fRead.Next<uint16>()) / 4;
607 			fMeta.black = (fRead.Next<uint32>() + fRead.Next<uint32>()
608 				+ fRead.Next<uint32>() + fRead.Next<uint32>()) / 4;
622 				uint32 tag32 = fRead.Next<uint32>();
625 				i = fRead.Next<uint32>() - 4;
627 					fMeta.flip = fRead.Next<uint16>();
637 				= fRead.Next<uint16>() * 508 * 1.078 / 0x10000;
639 				= fRead.Next<uint16>() * 382 * 1.173 / 0x10000;
653 					fMeta.rgb_camera[i][j] = fRead.Next<int16>() / 256.0;
661 				fMeta.black += fRead.Next<uint16>() << 2;
665 			fMeta.camera_multipliers[0] = fRead.Next<uint16>() / 256.0;
667 			fMeta.camera_multipliers[2] = fRead.Next<uint16>() / 256.0;
675 			fMeta.camera_multipliers[0] = fRead.Next<uint16>() / 256.0;
676 			fMeta.camera_multipliers[2] = fRead.Next<uint16>() / 256.0;
684 			fRead.Seek(fRead.Next<uint32>(), SEEK_SET);
696 				fMeta.camera_multipliers[i ^ (i >> 1)] = fRead.Next<uint16>();
737 				fMeta.iso_speed = fRead.Next<uint16>();
762 					_Raw().width = fRead.Next<uint32>();
766 					_Raw().height = fRead.Next<uint32>();
769 				if (fRead.Next<uint32>() == 0x20002) {
772 						fEXIFFilters |= fRead.Next<uint8>() * 0x01010101 << c;
2209 		uint8 c = fRead.Next<uint8>();
2211 				&& c == 0xff && fRead.Next<uint8>()))
2314 				mark = (mark << 8) + (c = fRead.Next<uint8>());
2542 				uint8 c = fRead.Next<uint8>();
2775 			str[i] = fRead.Next<uint8>();
2878 						= fRead.Next<uint16>() / 256.0;
2883 				fMeta.iso_speed = fRead.Next(tag.type);
2889 				fMeta.camera_multipliers[tag.tag - 0x24] = fRead.Next<uint16>();
2898 					fMeta.camera_multipliers[i] = fRead.Next<uint16>();
2904 				image.width = fRead.Next(tag.type);
2909 				image.height = fRead.Next(tag.type);
2914 				image.bits_per_sample = fRead.Next<uint16>();
2918 				image.compression = fRead.Next<uint16>();
2922 				image.photometric_interpretation = fRead.Next<uint16>();
2935 				image.data_offset = baseOffset + fRead.Next<uint32>();
2950 				image.flip = fRead.Next<uint16>();
2954 				image.samples = fRead.Next(tag.type);
2959 				image.bytes = fRead.Next<uint32>();
2978 				tile_length = fRead.Next(type);
2983 					? fRead.Stream().Position() : fRead.Next<uint32>();
2992 					image.data_offset = fRead.Next<uint32>() + baseOffset;
2999 					fRead.Seek(fRead.Next<uint32>() + baseOffset, SEEK_SET);
3029 					fMeta.camera_multipliers[i ^ (i < 2)] = fRead.Next<uint16>();
3069 					fMeta.camera_multipliers[i ^ 1] = 4096.0 / fRead.Next<uint16>();
3096 				fRead.Seek(fRead.Next<uint32>() + baseOffset, SEEK_SET);
3112 				kodak_cbpp = fRead.Next<uint32>();
3121 				fMeta.shot_order = fRead.Next(tag.type);
3167 					fDNGVersion = (fDNGVersion << 8) + fRead.Next<uint8>();
3209 				fMeta.maximum = fRead.Next(tag.type);
3266 				fTopMargin = fRead.Next(tag.type);
3267 				fLeftMargin = fRead.Next(tag.type);
3268 				fInputHeight = fRead.Next(tag.type) - fTopMargin;
3269 				fInputWidth = fRead.Next(tag.type) - fLeftMargin;